Explore topic-wise MCQs in Distillation Design.

This section includes 13 Mcqs, each offering curated multiple-choice questions to sharpen your Distillation Design knowledge and support exam preparation. Choose a topic below to get started.

1.

In Naphtali Sandholm method, Absorption factor lij is denoted as

A. AijVij
B. Aij / Vij
C. Aij + Vij
D. Vij
Answer» B. Aij / Vij
2.

QR is denoted as the

A. Heat of reference
B. Heat of resemblance
C. Heat of rigorous
D. Heat of Reboiler
Answer» E.
3.

QC is denoted as the

A. Heat capacity
B. Heat of Condenser
C. Heat released with cooling
D. Heat Collided
Answer» B. Heat of Condenser
4.

QR_IS_DENOTED_AS_THE?$

A. Heat of reference
B. Heat of resemblance
C. Heat of rigorous
D. Heat of Reboiler
Answer» E.
5.

In_Naphtali_Sandholm_method,_Absorption_factor_lij_is_denoted_as$

A. A<sub>ij</sub>V<sub>ij</sub>
B. A<sub>ij</sub> / V<sub>ij</sub>
C. A<sub>ij</sub> + V<sub>ij</sub>
D. V<sub>ij</sub>
Answer» B. A<sub>ij</sub> / V<sub>ij</sub>
6.

QC is denoted as th?

A. Heat capacity
B. Heat of Condenser
C. Heat released with cooling
D. Heat Collided
Answer» B. Heat of Condenser
7.

The functions and variables are of size

A. N (2C+1) X N (2C+1)
B. N (2C+1) X N (2C-1)
C. N (2C+1) X N (2C)
D. N (2C+1) X N
Answer» B. N (2C+1) X N (2C-1)
8.

There are ______ equation in whole column.

A. 2C+1
B. N (2C+1)
C. N (2C-1)
D. C-1
Answer» C. N (2C-1)
9.

There are _______ equation in each stages.

A. C+1
B. 2C+2
C. 2C+1
D. None of the above
Answer» D. None of the above
10.

Naphtali Sandholm method uses

A. MESH
B. LVF
C. RVF
D. TEMA
Answer» B. LVF
11.

In global Newton method, The K value is

A. Coupled
B. Decoupled
C. Extreme
D. Bi-lateral
Answer» C. Extreme
12.

In global Newton method, all equations are solved together in

A. Regula falsi technique
B. 2N technique
C. Newton Raphson technique
D. False technique
Answer» D. False technique
13.

Global method is also called as

A. Simultaneous regression method
B. Simultaneous rigorous method
C. Simultaneous correction method
D. Simultaneous matrix method
Answer» D. Simultaneous matrix method